基于SOA-MZI的全光通用门设计及布尔表达式验证

M. Margarat, B. Caroline, M. Vinothini
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引用次数: 7

摘要

先进的下一代光网络要求全光逻辑器件作为关键器件。本文选择MZI配置与SOA协同传播的机制来设计通用门,并借助所提出的NAND门、NOR门和非门来执行各种布尔表达式。利用SOA的两种非线性特性XGM和XPM来获得逻辑输出,通过改变不同的调制信号和工作波长来获得逻辑门设计的最优值。通过消光比、清晰的开眼图和误码率测量,可以实现正确的逻辑功能和高质量的输出信号。
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Design of All-Optical Universal Gates and Verification of Boolean Expression using SOA-MZI
Advanced next generation optical networks demands all optical logic devices as the key element. In this paper, the mechanism of co-propagating MZI configuration along with SOA is opted to design the universal gates and execution of various Boolean expression are carried out with the aid of proposed NAND, NOR and NOT gates. The two non-linearity property XGM and XPM of SOA is exploited to obtain logic outputs, optimum values for the design of logic gates are obtained by varying different modulating signals and operating wavelength. Correct logic functions and high quality of the output signals can be achieved and proved with the help of extinction ratio, clear eye opening diagram and bit error rate (BER) measurements.
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